news letter

1. AFDEX_V24R02 release 2. AFDEX Applications   2.1 High-precision, cost-effective fillet rolling model   2.2 Ball burnishing simulation   2.3 Scientific and informational approach to tensile test results   2.4 Method for obtaining flow curves from tube materials   2.5 Roll forming simulation 3. New and Improved Features in V24R02   3.1 Library search in…

1. Feature topic      Friction and lubrication regime changes 2. AFDEX_V24R01 release 3. New features in V24R01   3.1 Lubrication damage rate calculation   3.2 Independent die structure analysis   3.3 Tensile test, flow curve, and work hardening capability   3.4 High accuracy of damage calculation   3.5 Direct input of die element mesh…

1. AFDEX_V24R01 released 2. New features of AFDEX_V24R01    2.1 Tensile test and flow curve with its strain hardening capability    2.2 Accuracy of damage calculation    2.3 Direct input of die mesh system     2.4 Automatic simulation of drawing process    2.5 Simultaneous temperature and friction compen-sation of the flow curve at elevated temperature…

1. AFDEX_V24R01 Release 2. New Features in AFDEX_V24R01    2.1 Calculation of Anti-Lubricant Strain    2.2 Decoupled Die Structure Analysis    2.3 Stabilizing Result according to Simulation Step Size 3. Improvements in AFDEX_V24R01    3.1 STL Exporting Feature Improvement    3.2 Binder Load Improvement    3.3 Reduced Analysis Time (Rotating Dies)    3.4 Multiple Monitors Support…

1. AFDEX_V24R01 Release 2. New Features of AFDEX_V24R01    2.1 UI Changes    2.2 View Function of Stress Triaxiality    2.3 User Memo 3. Improvements of AFDEX_V24R01    3.1 Typical Flow Curve and Tensile Testing at Room Temperature    3.2 Binder Load Improvement    3.3 Velocity Components View Feature in Post-Processor    3.4 Automatic Initialization…

1. Features in AFDEX_V23R01, V23R02      1.1 Shape Rolling Process Controls in Pre-processor    1.2 Automatic Simulation of Pilgering Process     1.3 Cone Type Roll Piercing Simulation    1.4 Simulation Results Compression    1.5 Scale a Workpiece Model after Forming    1.6 UI for Inputting Translation Distance of Dies in Multi-stage Process Analysis  …

1. AFDEX_V23R02 Release 2. New Features in AFDEX_V24R01    2.1 Pre-processor for Roll Forging Process Simulation    2.2 Visualization of Contact Region between Objects during Multi-body Analysis 3. AFDEX_V24R01 Improvements    3.1 Workpiece Transformation Feature Enhancement (Rotation and Translation)    3.2 Feature Enhancement: Error Detection for 3D STL File    3.3 Overheating Prediction on Dies…

1. AFDEX_V23R02 Release 2. New Features in AFDEX_V23R02    2.1 Shape Rolling Process Controls in Preprocessor    2.2 Cone Type Roll Piercing Simulation    2.3 Automatic Simulation of Pilgering Process    2.4 Simulation Results Compression    2.5 Scale a Workpiece Model after Forming    2.6 UI for Inputting Translation Distance of Dies in Multi-stage Process…

1. AFDEX_V23R01 Release 2. New Features in AFDEX_V23R01     2.1 Effect of Mesh Density Visualization Feature and Density Distribution on Analysis Results     2.2 Support for Multilingual Characters     2.3 Analysis of Cone-type Rotary Piercing Process 3. AFDEX_V23R01 Improvements     3.1 Binder Feature in Plate Forging Analysis     3.2 Reduced…

1. AFDEX_V23R01 & Revised Version of AFDEX_V21R03 Release 2. AFDEX_V23R01 Improvements     2.1 Temperature Compensation for Cylinder Compression Testing     2.2 Direct Method for Calculating Peak Strain     2.3 Double Curvature Strain Hardening     2.4 Automatic Simulation of Pilger Rolling Process     2.5 Local Material-Motion Constraining Function and its Application…

1. AFDEX_V23 Release 2. New Features and Improvements     2.1 Local Material-Motion Constraining Function and its Application     2.2 Boss Forming     2.3 Simulation of Tube Drawing Process with Nonuniform Thickness and Die Misalignment     2.4 Quenching & Tempering Simulation of Jominy Test     2.5 Effect of Temperature Compensation of…

1. AFDEX_V23 Release 2. Flow Behaviors and General Flow Models     2.1 General Consideration     2.2 Tensile Testing and General Blending Flow Model 3. Pre/Post Processor Improvements     3.1 Object Remeshing Feature in Multibody Analysis     3.2 Improvement of Post-processor for Multibody Cases of Materials and Dies     3.3 Result…